The Cleanest Kilometers: Decarbonizing Freight with On-Board Energy Innovation

The transportation sector is responsible for nearly one-quarter of global energy-related CO₂ emissions, with heavy-duty trucking ranking as one of the hardest-to-abate segments. Regulatory pressure, rising diesel costs, and corporate net-zero mandates are squeezing logistics margins.

Pure battery EV trucks face immense downtime due to long charging cycles, while hydrogen grid infrastructure remains decades away from maturity.

What if you could eliminate grid-dependence entirely while driving emissions down to near zero?

The Solution: Supercritical CO₂ (sCO₂) On-Board MicroTurbines

We are shifting the paradigm from plug-in charging to on-board power generation. Our technology transforms heavy-duty trucks into self-sustaining, ultra-efficient electric vehicles. By integrating a Supercritical CO₂ (sCO₂) MicroTurbine directly onto the chassis, we create a high-density, closed-loop electric generator.

Pure EV Drivetrain: The vehicle is propelled strictly by high-torque electric motors powered by an on-board battery pack.

Continuous On-Board Charging: The sCO₂ MicroTurbine acts as an ultra-efficient generator, continuously topping up the battery pack while the truck is in motion.

Fuel Flexibility: The turbine can seamlessly burn bio-LNG, e-fuels, green hydrogen, or any biofuels, offering immediate decarbonization without waiting for a national charging network.

The Value Proposition & Engineered Efficiency

This isn’t just a cosmetic eco-friendly upgrade—environmental performance is an engineering constraint.

Zero Range Anxiety: Eliminate multi-hour charging stops. The truck refuels in minutes using existing liquid or gaseous infrastructure, while the battery provides pure electric propulsion.

Unmatched Thermodynamic Efficiency: sCO₂ operating loops achieve drastically higher thermal efficiency than traditional internal combustion engines, translating directly to massive fuel cost savings.

Minimized Payload Loss: Because the turbine continuously recharges the battery, the vehicle requires a much smaller, lighter battery pack than standard long-haul electric trucks—maximizing your cargo capacity and profitability.

Why BioCom Indonesia?

We build closed-loop infrastructure designed for rapid deployment.

Circular Infrastructure: Our core expertise lies in closed-loop resource recovery and advanced carbon mitigation systems.

Turnkey Feasibility: We manage the project from site/fleet technical assessment to full integration, ensuring seamless adoption into your current logistics framework.

Don't wait for the power grid to catch up to your sustainability targets. Secure a competitive advantage in green logistics today. This technology is developed at www.biocom.id.